In the fast-changing world of security, government agencies and large corporations think physical security is one of their most important areas of focus. Corporate campuses (office buildings), power plants, data centers, transportation centers, and government buildings face an increasing number of risks from intrusion, theft, vandalism, and sabotage.
Organizations need to go beyond using traditional physical security tools to using modern-day physical security techniques that combine technology, planning and proactive risk management to help keep their property and employees safe as well as keep their operations running and compliant with regulations.
Understanding Modern Physical Security
Physical security protects against a wide range of physical threats to people, property (facilities), assets (equipment), and information. Traditionally, physical security measures such as security guards, locks, and perimeter barriers were sufficient for providing adequate protection; but today’s integrated, technologically driven approach demands much more than that.
In fact, many companies today implement a variety of physical security systems that combine:
- Access control technology
- Surveillance systems (cameras) and video analytics
- Intrusion detection devices
- Perimeter protection systems
- Security monitoring and response teams
When these components work together, companies can establish layered defense strategies for significantly reducing their overall risk exposure.
Why Physical Security Is Critical for Modern Organizations
Corporate buildings and critical infrastructure systems have considerable value to a variety of physical and digital attackers. Disruption of core operations can result in financial losses, reputational damage, and endanger the populace.
In order to support their continued operation, robust physical security can provide organizations with the ability to:
- Impact unauthorized access to sensitive areas
- Protect employees or visitors to the organization
- Protect valuable assets/equipment
- Meet regulatory compliance requirements
- Maintain business operations in instances of crises
Function cohesively (interactions between systems), in relation to energy, transportation, and telecommunications, could result in a sustainable society/ a sustainable economy at a national level and make up a significant part of the national economy.
Key Components of Modern Physical Security Strategies
An effective security strategy should have various defense systems put together as a comprehensive security program. Each layer provides several levels of security that can reduce risk.
- Perimeter Security and Access Control
The first layer of defense is the perimeter security system. Perimeter security systems providing modern perimeter security solutions are a blend of physical barriers combined with intelligent detection capabilities.
Some examples of perimeter security systems consist of:
- Security fencing with controlled access gates
- Biometric or smart card access control systems
- License plate recognition for vehicle access
- Visitor management system
The use of technology in this manner will be able to assist an organisation in monitoring who enters and exits its facility while at the same time preventing any unauthorised entry into their facilities.
2. Advanced Surveillance and Video Analytics
In just a short period of time video surveillance has advanced and changed by adding Artificial Intelligence, Video Analytics, and other features which allow for a more effective monitoring system for a security camera system.
Advanced surveillance systems can provide the following capabilities:
- Automatically detect abnormal behavior
- Track movement through multiple cameras
- Identify unauthorized access attempts
- Send real-time notifications to security personnelÂ
This technological change decreases reliance on human monitoring and expedites response rates for security incidents.
3. Intrusion Detection Systems
The use of intrusion detection systems is key to recognizing any attempts at unauthorized access. Intrusion detection systems utilize a variety of sensors, alarms and monitoring devices that can be used to monitor for and detect suspicious activity occurring in close proximity to a protected area.
A few examples of intrusion detection sensors are listed below.
- Motion Detectors
- Glass Break Sensors
- Door/Window Contacts
- Infrared Perimeter Sensors
In addition, the consolidated management of these systems, in combination with a centralized security management system will allow for a swift response to potential threats to a secured area.
4. Security Operations Centers (SOC)
Today, some companies are using Centralized Security Operations Centers, or SOC, to monitor their physical security systems on a real-time basis. A SOC combines video surveillance feeds, access control logs, and alarms onto a single platform, so security personnel can quickly analyze even and verify any potential threats and then coordinate a response for them.
SOC allows security teams to gain situational awareness and will enhance incident management capabilities.
5. Risk Assessment and Security Planning
Just relying on technology will not help protect an organization effectively. An organization must conduct ongoing risk assessments to identify its vulnerabilities as well as evaluate potential security threats.
A strong risk assessment strategy can include:
- Evaluating the building’s layout and access points to the facility
- Identifying high-risk areas of the facility as well as critical asset(s) within that facility
- Reviewing the facility’s existing security measures
- Developing an incident response action plan or procedure
Using this proactive approach to ensure that they maintain conformity with their evolving risk.
Integrating Physical and Cyber Security
As companies implement digital technologies and connected networks, the divide between physical security and cybersecurity continues to dissolve. Today’s physical security systems use equipment such as IP cameras or other networked devices as well as applications that utilize cloud technology and data analytics for their operations.
Some of the advantages of having integrated security systems include:
- Improved capabilities for detecting threats and responding to them
- A lowered risk of vulnerabilities in systems
- Enhanced overall management of security systems
- Better guarding against unauthorized access to sensitive data
Best Practices for Strengthening Physical Security
Organizations need to implement advantages of using a layered security architecture. They include:Â
- Implementing advanced technology such as AI-powered surveillance cameras;Â
- Controlling access to all building entrances with real-time supervision and automated systems;Â
- Training staff members (using both on-site and online training materials) to identify suspicious behavior;Â
- Performing frequent vulnerability scans on internal and external systems; andÂ
- Creating a clear incident response plan prior to unexpected events occurring.Â
Also, the effectiveness of current security measures will depend on the continuing monitoring of existing systems and periodic upgrades to user hardware and software.
Conclusion
Organizations face modern security threats that require the adoption of new and innovative solutions. Conventional security methods are no longer effective enough on their own to provide the necessary protection for businesses’ corporate facilities as well as critical infrastructure. Consequently, organizations must implement new physical security strategies that utilize advanced technologies, conduct thorough risk assessments, and proactively monitor all areas of physical security.
Integrating security systems, improving perimeter security, and upgrading surveillance will provide organizations with an effective means of protecting their people, assets, and business operations.
Finally, it is important to recognize that modern physical security is not just an action taken to prevent losses but rather an overall strategy that creates long-term strategic resilience for an organization in an ever-changing high-risk environment.
